I need help:
1) writing Laplace's equation in a<s<b;

2) finding the electrostatic potential in a<s<b,assuming that both V and E(vector) are continuous at s=a;

3) finding the surface charge on the conductor at s=b.

Please, write out the solutions in detail.

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A hollow spherical conductor, carrying a net charge +Q, has an inner radius R1 and outer radius R₂=2R₁. At the center of the sphere is a point charge +Q/2.

(A) Write the electric field strength E in all three regions as a function of R.

Then determine the potential as a function of R, the distance from the center, for

(B) R > R₂,

(D)0 < R < R₁.

(E)Plot both V and E as a function of R from R = 0 to R = 2R₂.

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1) For molecule H81Br, solve the following based on the information listen below.<br /><div>- Bond Length=141.4pm & IR absorption (change v = +-1) = 2689</div><div> </div><div>a) Using the wavefunction for the Harmonic Oscillator model, determine if a transition of delta v = +-3 is allowed using the transition of v=0 to v=0. Which tansition dopole moment is larger v=1 or v=3? What would this imply for theabsorptivity of these transitions? Support your answer.</div><div> </div><div>b) What are the turning points for H81Br for this molecule in the v=1 energy state?</div><div> </div><div>c) What is the probability of finding the moledule within these turning points?</div><div> </div><div>d) How much will the observed spectrum change if you were to substitute h79Br into the spectrometer?</div><div> </div><div>e) If the delta v = 2 peak for H81Br is observed at 5290 1/cm, determine the anharmonicity (X) and the dissociation energy (De) for H81Br.<br /></div><div> </div><div> </div>

Please help with these questions !!<br /><BR>1. A rope is towing a 100 kg rock, from rest, with a force of 10 N that varies with time. At the end of 8.0 sec, the velocity of the rock is?<br /><BR>Answer is: zero<br /><BR><br /><BR>2. A 3 kg mass is positioned at (0,8) and a 1 kg mass is postioned at (12,0). What are the coordinates of a 4 kg mass which will result in the center of the mass of the system of three masses being located at the origin (0,0)?<br /><BR>The answer is (-3,-6)<br /><BR><br /><BR>3. A car traveling 20 m/s rounds an 80 m radius horizontal curve with the tires on the verge of slipping. How fast can this car round a second curve of radius 320 m? (assume the same coefficient of friction between the car's tires and each road surface).<br /><BR>The answer is: 40 m/s<br /><BR><br /><BR>Thanks !! <BR>

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I need help:
1) writing Laplace's equation in a<s<b;

2) finding the electrostatic potential in a<s<b,assuming that both V and E(vector) are continuous at s=a;

3) finding the surface charge on the conductor at s=b.

Please, write out the solutions in detail.

Related textbook solutions

Physics: Principles with Applications

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Weekly leaderboard

I need help:1) writing Laplace's equation in a<s<b; 2) finding the electrostatic potential in a<s<b,assuming that both V and E(vector) are continuous at s=a; 3) finding the surface charge on the conductor at s=b. Please, write out the solutions in detail.

Related textbook solutions

Physics: Principles with Applications

Related questions

Weekly leaderboard

I need help:
1) writing Laplace's equation in a<s<b;

2) finding the electrostatic potential in a<s<b,assuming that both V and E(vector) are continuous at s=a;

3) finding the surface charge on the conductor at s=b.

Please, write out the solutions in detail.